In the formation of a chloride ion- from an isolated gaseous chloride atom- 3-8 eV energy is released- which would be equal to-ionisation potential of Clelectron affinity of displaystyle Cl-electronegativity of Clionisation potential of displaystyle Cl-

Question

Toppr Admin · Accepted Answer

3-8 eV energy is released on adding one electron so this is the same amount which will be needed to remove the same electron- Hence- we can say that Ionisation potential of Cl-x2212- is 3-8 eV-

In the formation of a chloride ion, from an isolated gaseous chloride atom. 3.8 eV energy is released, which would be equal to__________.
ionisation potential of Cl
electron affinity of $C l^{-}$
electronegativity of Cl
ionisation potential of $C l^{-}$

3.8 eV energy is released on adding one electron so this is the same amount which will be needed to remove the same electron. Hence, we can say that Ionisation potential of $C l^{-}$ is 3.8 eV.

In the formation of a chloride ion, from an isolated gaseous chloride atom. 3.8 eV energy is released, which would be equal to__________.ionisation potential of Clelectron affinity of Cl−electronegativity of Clionisation potential of Cl−

3.8 eV energy is released on adding one electron so this is the same amount which will be needed to remove the same electron. Hence, we can say that Ionisation potential of Cl− is 3.8 eV.

In the formation of a chloride ion, from an isolated gaseous chloride atom. 3.8 eV energy is released, which would be equal to__________.
ionisation potential of Cl
electron affinity of $C l^{-}$
electronegativity of Cl
ionisation potential of $C l^{-}$

3.8 eV energy is released on adding one electron so this is the same amount which will be needed to remove the same electron. Hence, we can say that Ionisation potential of $C l^{-}$ is 3.8 eV.